Product Description
Eagleman EA A153 Snap Ring: OEM retaining ring for Eagleman A Series manual pallet jack hydraulic unit. Cross-compatible with EAA153, EGA153, Eagleman A153, and A153 part numbers. Manufactured from hardened carbon spring steel for hydraulic retention applications.
Compatibility: Fits pallet jacks made by Eagleman, model A. SKU: EA A153
Specifications
Part Numbers
| OEM Part Number | EA A153 |
| Manufacturer Part Number | EA A153 |
| Cross-Reference Part Numbers | EAA153, EGA153, Eagleman A153, A153 |
| Equivalent Part Numbers | EAA153, EGA153 |
Frequently Asked Questions
Q: What is the EA A153 snap ring and what does it do?
A: The EA A153 is an OEM retaining ring (snap ring) made from hardened carbon spring steel. It secures components in the hydraulic assembly by holding shafts or bores in fixed positions, preventing unwanted movement or disassembly during operation.
Q: Which pallet jack models does the EA A153 snap ring fit?
A: The EA A153 is designed for Eagleman A Series manual pallet jack hydraulic units. Cross-compatible part numbers include EAA153, EGA153, Eagleman A153, and A153. Verify your equipment matches the Eagleman A model before ordering.
Q: What material is the EA A153 snap ring made from?
A: The EA A153 is manufactured from hardened carbon spring steel, specifically designed to withstand hydraulic pressures and provide reliable retention in high-stress hydraulic applications. Spring steel maintains its tension and elastic properties over extended service life.
Q: Are there equivalent part numbers for the EA A153?
A: Yes. The EA A153 is equivalent to EAA153, EGA153, Eagleman A153, and A153. All these cross-reference numbers refer to the same OEM snap ring component and are directly interchangeable for Eagleman A Series pallet jack hydraulic units.
Q: How do I know if a snap ring needs replacement?
A: Replace the snap ring if you observe visible cracks, permanent bending, loss of spring tension, or if internal components become loose or shift during operation. A worn snap ring no longer provides adequate retention and increases risk of hydraulic component failure or disassembly.